Seating system and method for making same

a seating system and seating technology, applied in the direction of chairs, safety belts, pedestrian/occupant safety arrangements, etc., can solve the problems of substantial modification, unduly complicating manufacturing procedures, and requiring the development of expensive new processing techniques, so as to achieve easy manufacturing and add substantial weight to the vehicle

Inactive Publication Date: 2006-02-14
TRINSEO EURO GMBH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

[0005]The needs in the art are met by the automotive vehicle seating system of the present invention, which includes a molded plastic seat back having a first wall portion, an opposing second wall portion and one or more reinforcement structures disposed therebetween. An assembly is provided for receiving the seat

Problems solved by technology

The surge in popularity of hatchbacks, sport utility vehicles and minivans, has posed unique design challenges, in view of the need for seating to be adjustable and in many instances to restrain cargo carried toward the rear of the vehicle.
For the improved seat track te

Method used

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  • Seating system and method for making same
  • Seating system and method for making same
  • Seating system and method for making same

Examples

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example 1

[0086]Two seat back assemblies are fabricated for a sedan vehicle, such as the seat back assembly as shown generally in FIG. 15 having individual integrated reinforcement structures 18 defining an integrated reinforcement structure pattern 54 and an upper edge latch (not shown). One is fabricated using blow molded PULSE® 2200 BG resin (from The Dow Chemical Company). The other one is fabricated using blow molded MAGNUM® 1150 EM resin (from The Dow Chemical Company). A halo frame 82 carries the seat backs, which are hingedly connected along their bottom edge 130 and latched along the top edge 132. As with Examples 2–4, the seat back includes two child seat tether anchors 134, although other applications may include no anchor, a single anchor or more than one anchor, upper or lower. The final seat back has an average wall thickness in the seat back of about 3 mm, and an average section thickness of about 25 mm. Both assemblies pass United States and European government test standards ...

example 2

[0087]Two seat back assemblies are fabricated for a vehicle with a rear hatch, such as seat back assembly as shown generally in FIG. 1. One is fabricated using blow molded PULSE® 2200 BG resin (from The Dow Chemical Company). The other one is fabricated using blow molded MAGNUM® 1150 EM resin (from The Dow Chemical Company). The final assembly has an average wall thickness in the seat back of about 3 mm, and an average section thickness of about 30 mm. Both assemblies pass United States and European government test standards for motor vehicles as addressed in FMVSS 207 (49 CFR 571.207), FMVSS 225 (49 CFR 571.225) and ECE 17, as well as the requirements of automobile original equipment manufacturers and their suppliers.

example 3

[0088]Two seat back assemblies are fabricated for a vehicle to be a free-standing seat assembly, such as assembly as shown generally in FIG. 16 having individual integrated reinforcement structures 18 defining an integrated reinforcement structure pattern 54. The seat backs are secured to the vehicle body in white with a conventional lower lock / latch 136 connected to a bracket 138. One is fabricated using blow molded PULSE® 2200 BG resin (from The Dow Chemical Company). The other one is fabricated using blow molded MAGNUM® 1150 EM resin (from The Dow Chemical Company). The final assembly has an average wall thickness in the seat back of about 3 mm, and an average section thickness of about 30 mm. Both assemblies pass United States and European government test standards for motor vehicles as addressed in FMVSS 207 (49 CFR 571.207), FMVSS 225 (49 CFR 571.225) and ECE 17, as well as the requirements of automobile original equipment manufacturers and their suppliers.

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Abstract

An improved seating system that includes a seat back assembly (10) that is fabricated to include a seat back (12) with first and second wall portions (14,16), and which may include an integrated reinforcement structure (18). The seating system is capable of either or both of withstanding without rupture at least about 11000 Newtons in the direction in which the seat back (12) faces in a plane, parallel to the longitudinal centerline of the vehicle or, upon rapid acceleration up to at least about 20 g, substantially no fragmentation of the seat back with at least a 30 kg mass placed behind the seat back.

Description

CROSS REFERENCE TO RELATED APPLICATION[0001]The present application is a continuation in part application, which claims the benefit of the filing date of commonly owned, co-pending provisional application Ser. Nos. 60 / 208,694 (filed Jun. 1, 2000) and 60 / 243,012 (filed Oct. 24, 2000), the teachings of which are hereby expressly incorporated by reference for all purposes.TECHNICAL FIELD[0002]The present invention relates to an improved seating system, and more particularly to an improved system for automotive vehicle seating.BACKGROUND[0003]There is an ever-growing need for improved seating systems in automotive vehicles. The surge in popularity of hatchbacks, sport utility vehicles and minivans, has posed unique design challenges, in view of the need for seating to be adjustable and in many instances to restrain cargo carried toward the rear of the vehicle. In light of the increased consumer usage of these vehicles for stowage and transport of cargo along with passengers (particularl...

Claims

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Application Information

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IPC IPC(8): B60N2/42B29C49/04B29C49/48B60N2/36B60N2/68
CPCB29C49/4802B60N2/366B60N2/686B60N2/688B60N2/682B29C49/04B29C2049/4812B60N2205/35Y10S297/02B29C49/4812
Inventor GUPTA, VIKASPALMIERI, JANE M.HECKERT, MICK F.KORCHNAK, GREGORY J.KURTYCZ, ERIC R.RENY, GREGORY P.
Owner TRINSEO EURO GMBH
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